Treatment apparatus for treating workpieces or groups of workpieces
a technology for treating workpieces and workpieces, applied in lighting and heating apparatus, drying, cranes, etc., can solve the problems of uncontrollable drop from one level to another level of treatment apparatus, which is a considerable risk, and achieves the effects of convenient machine operation, easy exchange, and simple maintenance of treatment apparatus
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second embodiment
[0170]In the treatment apparatus 100 illustrated in FIG. 13, the workpieces 102 passing through the treatment apparatus 100 are in at least one receiving chamber 126 not deposited onto stationary spacers 176 but received in a workpiece support 226, which is rotatable about an axis of rotation 228 that is aligned radially relative to the axis of rotation 114 of the chamber drum 112.
[0171]Rotation about the axis of rotation 228 is effected in said case by means of a rotary shaft 230, which is fastened to a radially inner end wall 232 of the workpiece support 226 and supported rotatably on the hollow shaft 118 of the chamber drum 112.
[0172]An end of the rotary shaft 230 situated inside the hollow shaft 118 is provided with a bevel gear 234, which is in mesh with a stationary central bevel gear 236, which is aligned coaxially with the axis of rotation 114 of the chamber drum 112 and connected to the upper side of the base plate 106 of the housing 104 of the treatment apparatus 100 by a ...
third embodiment
[0182]Otherwise, a treatment apparatus 100 corresponds in construction and function to the first implementation function, to the above description of which reference is made in said regard.
fourth embodiment
[0183]In a treatment apparatus 100 illustrated in FIG. 15, at least one level of the treatment apparatus 100 has the function of a vacuum lock.
[0184]In the embodiment illustrated in FIG. 15, the relevant chamber level 128 is provided with sixteen receiving chambers 126, which because of the rotational movement of the chamber drum 112 about the axis of rotation 114 are moved from the inlet opening 138 of the chamber level 128, by which the chamber level 128 is in communication with the ambient atmosphere and through which the workpieces 102 are introduced into the chamber level 128, to the outlet opening 142 of the chamber level 128, which lies at an angular distance of 180° opposite the inlet opening 138 and at which the vacuum ultimate pressure of the chamber level 128 is reached and by which the chamber level 128 is connected to a following chamber level 128 that is likewise at least partially under vacuum.
[0185]Because of the rotational movement of the chamber drum 112, the recei...
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